Large-area optoelastic manipulation of colloidal particles in liquid crystals using photoresponsive molecular surface monolayers

Keyphrases

• Liquid Crystal 100%
• Photoresponsivity 100%
• Colloidal Particles 100%
• Molecular Surface 100%
• Surface Monolayers 100%
• Colloids 66%
• Non-contact 66%
• High Power Laser 66%
• Elastic Force 66%
• Laser Beams 33%
• Optical Control 33%
• Nematic Liquid Crystal 33%
• Single Molecule 33%
• Host Medium 33%
• Plasmonics 33%
• Optical Trapping 33%
• Use of Force 33%
• Technological Applications 33%
• Centimeter-scale 33%
• Tight Focusing 33%
• Massively Parallel 33%
• Nanometer-sized Particles 33%
• Stable Configuration 33%
• Electrically Tunable 33%
• Optical Tunability 33%
• Power Limit 33%
• Low Refractive Index 33%
• Small Area 33%
• Light Control 33%
• Director Field 33%
• Spherical Shape 33%
• Optical Tweezers 33%
• Anisotropic Fluid 33%
• Complex Particles 33%
• Polarized Light 33%
• Optofluidics 33%
• Colloidal Structure 33%
• Optical Manipulation 33%
• Electrokinetic Forces 33%
• Scientific Breakthrough 33%
• Potential Landscape 33%
• Illumination Pattern 33%
• Self-assembled Structures 33%

Engineering

• Colloidal Particle 100%
• Colloid 50%
• Elastic Force 50%
• Nanometre 25%
• Limitations 25%
• Laser Power 25%
• Vortex 25%
• Refractive Index 25%
• Anisotropic 25%
• Plasmonics 25%
• Centimeter 25%
• Sized Particle 25%
• Polarized Light 25%
• Host Medium 25%
• Optical Tweezers 25%
• Limited Application 25%

Material Science

• Monolayers 100%
• Refractive Index 33%
• Nematic Liquid Crystal 33%
• Composite Material 33%
• Vortex 33%
• Optical Tweezer 33%
• Anisotropic Fluids 33%